Concrete is one of the leading composite materials for construction, therefore the
identification of strategies aimed at reducing its environmental impact is crucial for greening …

Growing amount of agricultural waste and its burning in open environments is contributing
towards the carbon emissions and triggering serious health hazards. It can be reduced by …

The Bio-char, the solid sub-product of pyrolysis process, has several applications in the
cement and concrete green technology. In this research, the utilization of Bio-char such as …

The potential use of carbonaceous sugarcane bagasse as carrier media of Bacillus subtilis
in amending microstructure and corrosion inhibition of reinforced concrete is explored in this …

This study provides a bibliographic review for future reference in the broad field of bagasse
composites by looking for factors that influence their attributes. As an abundant agriculture …

The concrete possessing quasi brittle nature is always prone to the transport of aggressive
ions leading to corrosion of embedded steel. The use of bacteria-based self-healing …

Interest in biochar, a sub-product of biomass pyrolysis, has increased enormously in the last
few years, finding applications in a wide variety of fields. In the present work, a standardized …

The addition of high performance nano materials like carbon fibers, carbon nanotubes,
graphene etc. in the cement and concrete is gaining attention for achieving multifunctional …

Fractal geometry has been widely used in literature to characterize the mechanical
behaviour of quasi-brittle materials. In this work, innovative cementitious composites with …

In this study, waste from agriculture and industrial sources was transformed into valuable
biochar to reduce the environmental threats associated with the open burning of this waste …